Image Credit – Wood For Trees and Werner Brozek
From the Investor’s Business Daily:
The global warming alarmists repeat the line endlessly. They claim that there is a consensus among scientists that man is causing climate change. Fact is, they’re not even close.
Yes, many climate scientists believe that emissions of greenhouse gases are heating the earth. Of course there are some who don’t.
But when confining the question to geoscientists and engineers, it turns out that only 36% believe that human activities are causing Earth’s climate to warm.
This is the finding of the peer-reviewed paper “Science or Science Fiction? Professionals’ Discursive Construction of Climate Change” and this group is categorized as the “Comply with Kyoto” cohort.
Members of this group, not unexpectedly, “express the strong belief that climate change is happening, that it is not a normal cycle of nature, and humans are the main or central cause.”
Academics Lianne M. Lefsrud of the University of Alberta and Renate E. Meyer of Vienna University of Economics and Business, and the Copenhagen Business School, came upon that number through a survey of 1,077 professional engineers and geoscientists. Read More At IBD
The study, Science or Science Fiction? Professionals’ Discursive Construction of Climate Change, by Lianne M. Lefsrud and Renate E. Meyer can be found here.
A couple interesting quotes within:
“Third, we show that the consensus of IPCC experts meets a much larger, and again heterogenous, sceptical group of experts in the relevant industries and organizations (at least in Alberta) than is generally assumed. We find that climate science scepticism is not limited to the scientifically illiterate (per Hoffman, 2011a), but well ensconced within this group of professional experts with scientific training – who work as leaders or advisors to management in governmental, nongovernmental, and corporate organizations.”
…
“The vast majority of these professional experts believe that the climate is changing; it is the cause, the severity and the urgency of the problem, and the need to take action, especially the efficacy of regulation, that is at issue.”
The Investors Business Daily Article goes on to note that:
If the alarmists are getting only limited cooperation from man, they are getting even less from nature itself. Arctic sea ice, which sent the green shirts into a lather when it hit a record low in the summer of 2012, has “with a few weeks of growth still to occur … blown away the previous record for ice gain this winter.”
“This is only the third winter in history,” when more than 10 million square kilometers of new ice has formed in the Arctic, Real Science reported on Tuesday, using data from Arctic Climate Research at the University of Illinois.
At the same time, the Antarctic “is now approaching 450 days of uninterrupted above normal ice area,” says the skeptical website Watts Up With That, which, also using University of Illinois Arctic Climate Research data, notes that “the last time the Antarctic sea ice was below normal” was Nov. 22, 2011.

Brian Angliss says:
February 18, 2013 at 8:42 pm
Wayne Delbeck and Davidmhoffer
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Well Brian, we can all agree to disagree about “consensus” and do mathematical contortions till the cows come home. As an engineer, I accept “measurements” show the earth has warmed an average of a fraction of a degree C over the last however many years you want to pick with various ups and downs. Some areas may have warmed or cooled some two or three or four degrees. You pick a number out of the hat. Over the last 45 years I have worked in temperatures from minus 40 C to plus 40 C in locations all around the world. I live in the shadow of the Rocky Mountains. The temperature here can change 20 degrees C in a matter of hours – http://www.crownofthecontinent.net/content/chinook-wind/cot082353989BFBFAE2A
It is hard to get excited about a fraction of a degree on average temperatures when you have experienced a wide variety of temperature extremes including: ” The temperature rise at the onset of the event is abrupt and steep; an increase of 27°C in 2 minutes has been observed.”
http://www.thecanadianencyclopedia.com/articles/chinook
So Brian, regardless of the “Consensus”, I am pretty sure we will adapt since we live in highly variable climates around the world. The climate is always changing and I expect it will be a very long time before the present crop of little dinosaurs can figure out all the parameters to create a proper predictive model.
And no, I don’t work for the oil industry and my last name is Delbeke. But you got the pronunciation right.
Brian Angliss says: February 18, 2013 at 8:42 pm
“……After all, would you call a medical doctor a scientist in the same way a chemist or biologist or meteorologist is? How about a veterinarian? …[…]…All of those professions and more use the scientific method of observing, hypothesizing, testing, and drawing conclusions, but none of them are practicing scientists. And neither are most engineers….”
Ah, you assume too much sir. Take the humble veterinarian. There are many roles filled by those in such a profession, all the way from someone in a clinic dealing with pets to those in the intensive animal industries, immersed in spreadsheets, trials, replicates, and statistics. Then you have the epidemiologists, usually government employed. Not to mention those in research in every major university in the world. Same goes for medicos.
I think you may be right about not being able to compare engineers to practicing scientists. It is my experience that engineers are the most analytical and practical professionals I have encountered, adapting their most easily to many unusual situations. (disclaimer, I ain’t a engineer!)
Brian Angliss;
I’ve worked up a head of steam here bud. Let’s add to the list.
Explain to me what skills other than statistical analysis are required to analyze tree ring data? How are these different from the stats skills of say, an economist?
Other than the science required to collect the satellite data in the first place, what skills are required to plot a temperature trend from UAH or RSS data that someone proficient in Excel cannot do?
Explain why the logarithmic properties of CO2 can only be understood by climate “scientists” (who run for cover when I bring it up).
What aspect of the spatial/temporal distribution of GHE being biased toward night time lows in winter seasons at high altitude cannot be understood with first year physics?
But most of all Brian Angliss, when these topics come up with climate “scientists” why do they flap their arms and holler than you have to be a “climate scientist” to understand them and then change the subject?
time lows in winter seasons at high altitude cannot be understood with first year
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should have read latitude, not altitude. Well in retrospect…. both.
Every honest climate scientist,in fact,all honest scientists(no,I don’t count the mental manipulators as scientists) are complicent in this scam by their silence.
You are being unfair to many climate scientists. One of the companies I dealt with before I retired had a whole group of them employed as computer modellers because they could not get grants thanks to their disbelief in AGW. I also know of others in as varied fields as railway and supermarket management for the same reason.
The 1077 pareticipants in the survey were a self selecting group who decided to respond out of 40,000 potential participants.
Self selecting surveys are nototoriusly unreliable as the motivated (for whatever reason) take the effort to respond. They are vulnerable to group manipulation and answers based on self interest.
In this case the fact that the respondents are involved in the fossil fuel industry is a loaded set of potential respondents in the first place. And 70% of respondents are not even scientists, they are engineers.
The authors of the paper recognise these problems, but their paper is not concerned with accurately getting the numbers of participants who agree or disagree with the AGW. They are concerned with studying the reasoning of those who fall into various atitudinal groups.
From the Abstract:
…In understanding the struggle over what constitutes and legitimizesexpertise, we make apparent the heterogeneity of claims, legitimation strategies, and use of emotionalityand metaphor. By linking notions of the science or science fiction of climate change to the assessmentof the adequacy of global and local policies and of potential organizational responses, we contribute to the understanding of ‘defensive institutional work’ by professionals within petroleum companies, relatedindustries, government regulators, and their professional association.
Keywords
climate change, defensive institutional work, emotion, expertise, framing, metaphor, petroleum industry
Brian Angliss;
and 84% of survey respondents were engineers, not scientists.
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davidmhoffer says: @ur momisugly February 18, 2013 at 7:21 pm
I see comments like this and I wonder…. what do people like you think engineers study in order to get their degree?
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A heck of a lot more math than scientists.
I am a chemist and the chem engineers I took classes with also had to take MORE physics and MORE math than I did. Chemistry is a four year degree, chem engineering is a five year degree.
People like Brian don’t have the foggiest idea of what they are talking about when they make remarks like that.
Gail Combs, that’s interesting. Since we have recently gone through an extended solar minimum and a sputtering start to the new cycle, then the fact that ARGO shows a continuing rise in heat content is even more spectacular then?
Gail Combs says:
February 19, 2013 at 2:15 am…
Engineers are not scientists. They are excellent at engineering and I would never drive over a bridge designed by a geneticist.
Certainly engineers have a background in science and mathematics. It is not a matter of how many years studying an undergraduate degree are involved. Undergraduate courses involve learning established scientific knowledge in the textbooks (as established by scientific consensus) and applying that knowledge to the solution of engineering problems.
From postgraduate research studies on scientists go beyond established knowledge to find new knowledge. The answers are not in the back of the textbook. It is at least as important to know what the right questions you should be asking are as to come up with the right answers. The questions may turn out to be unanswerable, give entirely unexpected answers, which may mean an entire paradigm has to be overturned, or lead you to understand you were asking the wrong question and lead to new directions of enquiry altogether. They are trained in the evaluation of scientific evidence in a way that nonscientists, even those whose courses involve a thorough understanding of accepted scientific knowledge are not.
I have worked with qualified medical doctors who have undertaken research degrees and they often have a hard time adjusting to the different way of thinking and working.
Donald L Klipstein says:
February 18, 2013 at 7:30 pm
The three lines in the graph that begin with 1997 or 1997.1 appear to
me as cherrypicked …..
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The cherry picking was done by the CAGW alarmists. We just counted back from the present.
The NOAA falsification criterion is on page S23 of its 2008 report titled ‘The State Of The Climate’ and can be read at
http://www1.ncdc.noaa.gov/pub/data/cmb/bams-sotc/climate-assessment-2008-lo-rez.pdf
It says
Dr. Phil Jones – 5 July 2005
The scientific community would come down on me in no uncertain terms if I said the world had cooled from 1998. OK it has but it is only 7 years of data and it isn’t statistically significant.
Dr. Phil Jones – 2009
‘Bottom line: the ‘no upward trend’ has to continue for a total of 15 years before we get worried.
CO2 and temperature are not correlated. This is a direct plot of temp anomaly vs CO2: http://i1244.photobucket.com/albums/gg580/stanrobertson/1993-2012_zps7947e219.jpg
Solar Insolation does: http://wattsupwiththat.files.wordpress.com/2013/01/eemian_greenland.jpg?w=640
Also see Nir Shaviv’s paper
Shaviv shows a link between solar 11 yr cycle and ocean heat in his peer-reviewed paper.
Brian Angliss says: February 18, 2013 at 9:27 pm
Most of the stuff you’re claiming is erroneous, isn’t. For example, the results I quote are from D&Z2010. That they’re also from Zimmerman’s masters thesis doesn’t make the fact that they were also published in Eos an less true.
Come on, you said “The 97% number comes from the Doran and Zimmerman 2010 (D&Z2010) study.” inferring that the 97% was from a peer reviewed study. It obviously didn’t. It came from a Master’s thesis that was only reviewed by one of the authors of the paper that cited it.
Similarly, it’s not possible for a direct quote from D&Z2010 to be erroneous. While claims about the representativeness of the paper or unintentional selection biases may have merit, Barry’s guest post doesn’t actually claim that Zimmerman didn’t send the survey to the number of people claimed in D&Z2010, nor does his post claim that Zimmerman didn’t actually receive 3146 just as D&Z2010 says. Thus my quote is also not erroneous.
I’ll agree here and say not erroneous, just misleading, in that the 97% not based on 10,256 individuals polled, or the 3146 respondents, but rather just 77 carefully selected “experts”.
D&Z2010′s conclusions will still hold whether you like the math or not.
The math is irrelevant if the survey participants, selection process, questions and construction are all highly suspect. If the 97% statistic where accurate, why has it never been validated by a more reputable surveyor? Would you rely on a survey from someone’s masters thesis to make medical decisions?
Brian Angliss;
But as an EE myself, I studied quantum mechanics and optics. That doesn’t mean I understand the physics of chemical reactions. Mechanical engineers study the physical properties of materials like spring force, friction, and hardness. That doesn’t mean they understand the physics of electron flow. And so on.
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What an utter cop out.
The formulas that describe voltage, resistance, capacitance and inductance are pretty much the same as the formulas that describe force, friction, springs and fly wheels. K(e)= 1/2 mv^2. K(c)= 1.2 cv^2. Once you study one field of physics making the move to another becomes easier and easier. Not to mention that in a discussion of radiative physics you try and distract everyone by yapping about chemical reactions. Sorry bud, in the climate debate, the chemical reaction, conversion of carbon to CO2 to result in a doubling of CO2, has already happened, so even if engineers understood zippo about chemistry, the point is moot (which you well know)
But you didn’t answer my question, did you? SB Law is P=5.67*10^-8*T^4 with P in w/m2 and T in degrees K.
Are you seriously going to tell me that an EE with a P Eng can’t figure out how to use this formula because you never studied radiative physics? You are unable to enter into a discussion as to who that formula shows in regard spatial/temporal distribution of warming being biased to night time lows in winter seasons in high latitudes? You are incapable of having a discussion that changes to day time highs, in summer, in low latitudes must be by comparison diminished?
As an EE P. Eng, are you capable of applying that one formula to show that cold regions will warm more than warm regions, making the temperature of the earth more uniform? As an EE P.Eng I’d think you would be capable of understanding the wind is driven by pressure differential (like current is driven by voltage differential) and pressure differential is minimized by a more uniform global temperature (like hooking up batteries in parallel with large voltage differences versus batteries in parallel with small voltage differences) and hence a warmer world should feature fewer severe weather events, not more? Really, the concepts are beyond your ken as an EE P Eng? Seriously? I’ve been banging that drum for 10 years and the leaked IPCC AR5 report says I was right and they were wrong the whole time.
I with no degree can understand ohms and farads and voltage as well as friction, momentum and springs as well as SB Law, Planck and absorption spectra, but you, with your EE and P. Eng are not? Seriously?
An engineer who studied calculus, quantum mechanics and optics who can’t make the leap to calculus, quantum mechanics and SB Law? What;s the difference between the atmospheric window and a band pass filter? You do remember what a band pass filter is don’t you? Are the concepts so foreign that you can’t understand them? Or did you fail to even try?
Frankly, if an EE P. Eng wants to stand up and say that he is incapable of understanding these concepts, then all I can suggest is that you are a victim of self imposed ignorance.
Brian Angliss says: February 18, 2013 at 9:43 pm
But the independent scientist is a rarity these days
I disagree, since climate science has become so corrupted I think we are having a healthy resurgence in the independent scientist. Per davidmhoffer says:February 18, 2013 at 10:07 pm, the skillsets exist, add in the time and desire and you have multitude of independent scientists doing what the climate establishment is not, i.e. performing “research toward a more comprehensive understanding of nature”.
More information showing the Global Warming Consensus is a Myth from “The Conversation” of all places.
Brian Angliss says:
February 18, 2013 at 2:33 pm…
Brian, I had not read your comment on the piece and the ensuing discussion before posting my comments above, but I agree with you comments except that in my reading of the actual paper by Lefsrud and Meyer I understood the number of engineers to be 70% (Table 2). I take it you are including engineers in training (14%) to get 84%. Fair enough.
http://oss.sagepub.com/content/33/11/1477.full.pdf+html
Do you have a link to their objections to the misinterpretation/misrepresentation of their paper?
Clearly I agree with your distinction between scientists and professionals trained in science based disciplines, and you clearly understand as an engineer yourself that this is not a slur on engineers, any more than an engineer suggesting that as a scientist I am not qualified to design structures is a slur on me. They require different skill sets, that’s all.
Before the critics get stuck into me concerning my criticism of self selecting surveys, I am on the record as having criticized the oft quoted figure of 97% consensus of climatologists on AGW for the same reason. However I agree that for reasons you give, that figure is likely to be closer to the mark and more relevant when it comes to the subject of climatology than the 36% figure given for the consensus opinion of engineers and geoscientists.
I criticized JustTheFacts use of the paper “Science or Science Fiction? Professionals’ Discursive Construction of Climate Change,” in the journal Organization Studies.
JustTheFacts responde to my criticism at February 18, 2013 at 4:58 pm reponds with
That is an interesting recasting of what this post does. In fact, you have presented “Science or Science Fiction? Professionals’ Discursive Construction of Climate Change,” in the journal Organization Studies as evidence to support a position thay you believe. However the Organization Studies paper does not make the claim that “scientific literacy results in increased skepticism of CAGW.” If fact, the article is all about social standing creating “increased skepticism of CAGW” despite “scientific literacy.” The paper is about how to overcome the “defensiveness” of “deniers” (their word, not mine).
Now, let me make this clear (again): I agree with you that “scientific literacy results in increased skepticism of CAGW.” But be clear about this also, the Organization Studies paper that your post is about does not support that view – quite the opposite.
James Taylor, at Forbes, made the same claims that you made concerning this journal article (and was eaten alive by commenters). The principal authors of the Organization Studies paper, Lefsrud and Meyer, personally commented at the Forbes site, saying..
And they conclude their comment with..
So, you misreprsented the Organization Studies paper. Please do not recast by saying your post was really about the IBD article, not the Organization Studies paper, You referenced the Organization Studies paper, and the IBD article was all about the Organization Studies paper. When I challenged you earier about actually reading or understanding the Organization Studies paper you insisted that you had.
You also say “I reposted an interesting article from IBD, along with a link to and quotes from the associated paper.This resulted in an open and active debate in comments, which is what I consider to be success.” That is poor rationalization. You and I could both dream up lots of “interesting” but untrue things that would lead to “an open and active debate in comments.”
Bottom line, you misrepresented the Organization Studies paper.
Philip Shehan;
However I agree that for reasons you give, that figure is likely to be closer to the mark and more relevant when it comes to the subject of climatology than the 36% figure given for the consensus opinion of engineers and geoscientists.
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What total poppycock. Let’s do a survey shall we?
1. Is the climate changing? Y/N
2. Is there a human impact on climate change? Y/N
If you ask any group of scientists or engineers conversant in the issues those two questions and get anything less than 100% yes to both answers, then you’ve surveyed people who should give their degrees back.
3. Do you think that human impact is significant? Y/N
4. Do you think that human impact is significant enough to cause catastrophe?
You know why these latter two questions don’t get asked in the survey? Like h*ll you don’t know. 97% representative my snipping snip.
Brian Angliss;
Suppose you, and EE P Eng, is designing a circuit. It has one component with high enough current draw that you are concerned about the temperature rise of the component. No problem for you, you’re an engineer! An EE no less!
So, you’d probably start with the current draw (I) and the resistance (R) to come up with the power dissipated in watts via P=I^2R. Then you’d figure the surface area of the component from its dimensions (which I presume you can do as they taught this in high school even if you didn’t take it as part of your EE, so no need to call in an ME to do this for you).
Now you have P in w/m2. Then you would use SB Law to determine the equilibrium energy flux at ambient temperature, add your P in w/m2 to that, and calculate a new equilibrium temperature for the component.
Did I get anything wrong so far Mr EE P Eng?
Now if tolerances are particularly tight, I’d expect you to check emissivity and adjust accordingly. I’d expect you to determine the method by which the component is mounted to the rest of the equipment, and adjust for conductance. If there is significant air flow, you’d adjust for conductance to the air. If the component is in an enclosure, you’d need to investigate the radiative properties of the enclosure as they will further raise the temperature of the component.
Anything in that process that is wrong sir? Anything that YOU as an EE P Eng cannot handle?
Anything in that process that is wrong sir? Anything that YOU as an EE P Eng cannot handle?
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Either you answer no and have to give your degree back or you answer yes and show that you damn well DO have all the knowledge required to have a discussion about energy balance in the climate debate despite your protestations otherwise. watts are watts and temperature is temperature and the damn formulas are the same damn formulas and you damn well know it.
Now if tolerances are particularly tight, I’d expect you to check emissivity and adjust accordingly. I’d expect you to determine the method by which the component is mounted to the rest of the equipment, and adjust for conductance. If there is significant air flow, you’d adjust for conductance to the air. If the component is in an enclosure, you’d need to investigate the radiative properties of the enclosure as they will further raise the temperature of the component.
Well a friend of mine who is an EE just sent me an email suggesting that a real engineer would probably want to do some testing at this point to verify calculations if the tolerances are indeed stringent. So I asked her, if the data came back completely different from your calculations, would you throw out the data? Or the calculations?
She said she’d double check the calibration of the test equipment, and if it was sound, she would take the data over the calculations.
A guess she’ll never make it as a climate scientist.
Brian Angliss is perhaps laboring under the mistake impression that all ‘climate scientists’ are fully qualified in ‘atmospheric physics’.
Not so, their backgrounds and educations are probably almost as varied as those of the people who post in here. There are probably a few ‘renaissance men’ in the fold who have a good grasp on the whole big picture, but although they may tick boxes in surveys as ‘climate scientists’ most are just beavering away doing their little bit focused on their area of expertise. It is the surfeit of purpose directed funding and the political soapboxing which keeps the whole thing heading in only one direction with its foregone conclusions.
davidmhoffer – First, my lack of response to your increasingly agitated comments is not my ignoring you or giving up – sometimes I need to sleep and other times my day job requires me to step away from responding to comments for a few hours.
Second, I apparently created an inaccurate perception – I do not have a Professional Engineer’s certificate. It is not necessary in the US, or generally in electrical engineering in the US, to have one in order to claim that one is an “engineer.” I apologize if I created that impression. In my field, having a certificate means you are more employable and can expect a higher salary, but not much else. I understand that a certificate is all but a requirement for other fields, however, such as civil engineering.
Third, you are correct that much of the math is similar, and that anyone with a certain skillset will be able to replicate much of the results. I’ve done enough of that myself in my own studies of climate, and it’s those replications that are the reason I accept the reality of anthropogenic climate change (although my prefered term is “industrial climate disruption”). But I, and the vast majority of engineers, are skilled amateurs, not experts.
I really don’t understand what’s so radical about the idea that engineers are not the same as scientists. Just because I can change my own tires, gap my own spark plugs, and change the oil in my own cars doesn’t mean that I’m an automobile mechanic. A mechanic does work on cars day in and day out and is far more expert than I will ever be, not because I couldn’t be an expert, but because I have chosen instead to use my time to become an expert in my field of electrical engineering. Similarly, just because I can run a router, hang doors and windows, and rebuild my own bathroom doesn’t make me a carpenter.
The only things I can think of is that actually do explain the resistance to this idea that I have observed are a lack of humility on the part of engineers and other non-experts, motivated reasoning based on self-interest, and/or a lack of awareness of the limitations of one’s own knowledge and expertise.
Fourth, you wrote that my “suggestion reads pure and simple that engineers are not qualified to comment on climate science, yet ‘scientists’ are.” As an EE myself, and as someone who has been reporting about climate science and climate disruption for about a decade now, including verifying many of the results of key papers myself, I certainly did not suggest that engineers are not qualified to comment on climate science. I pointed out that engineers are not scientists in the sense I have previously described in my comments above, and I explained how it was that Taylor distorted the original study. Nothing more.
justthefacts – You asked “If the 97% statistic where accurate, why has it never been validated by a more reputable surveyor? Would you rely on a survey from someone’s masters thesis to make medical decisions?”
To the best of my knowledge, no public opinion polling agencies have tried to survey just scientists about their opinions regarding climate change, but if you have other information to the contrary, I’d be interested in the links.
As for your second question, of course I wouldn’t rely on a survey from someone’s Master’s thesis to make a medical decision. But medicine well known to be a tremendously difficult and complicated set of subjects. The same is not true of public opinion polling. There is a significant difference in the technical difficulty of the two subjects that make your comparison invalid.
You also wrote re: independent scientists: “I disagree, since climate science has become so corrupted I think we are having a healthy resurgence in the independent scientist.”
This is remarkably close to conspiracist thinking. There is no evidence that climate science (or the multiple specialities of other scientific fields that feed into climate science) has become “corrupted.” Some individuals have made mistakes, and some of those individuals should have corrected their mistakes when they were discovered, but the field(s) as a whole are unaffected.
I don’t consider WUWT to be “corrupted” because Taylor distorted the study that started this whole thing. But I do blame Taylor, and he should correct or retract his post. And I’ll even go so far as to request that WUWT post a correction/update to the OP that Taylor got it wrong.
Brian Angliss says:
February 19, 2013 at 8:35 am
…..This is remarkably close to conspiracist thinking. There is no evidence that climate science (or the multiple specialities of other scientific fields that feed into climate science) has become “corrupted.” Some individuals have made mistakes, and some of those individuals should have corrected their mistakes when they were discovered, but the field(s) as a whole are unaffected…..
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You have GOT TO BE KIDDING!
Just for a start read
Beware the global warming fascists: Johnny Ball on how he has been vilified for daring to question green orthodoxy
The Secret History of Climate Alarmism: A very German story of power politics disguised as environmentalism
Madrid 1995: Was this the Tipping Point in the Corruption of Climate Science?
The BBC’s ‘dirty little secret’ lands it in a new scandal: The truth of a secret meeting that decided BBC policy on climate change has come out online
How can the BBC be saved from itself without destroying it?: Dumbed-down climate coverage is just a symptom
Physicists send letter to Senate — Cite 160 scientists protest regarding APS climate position
And that is just the start of a long list of links to Science corruption. Heck the corruption is rampant through out science. US Scientists Significantly More Likely to Publish Fake Research, Study Finds
Note to commenters: Brian Angliss is just trolling for comments so he can claim “conspiracy theory” in his next hateful blog post on scholars and rogues. He really isn’t interested in much factual content here.
Anthony Watts says:
February 19, 2013 at 11:02 am
Note to commenters: Brian Angliss is just trolling for comments so he can claim “conspiracy theory” in his next hateful blog post on scholars and rogues. He really isn’t interested in much factual content here.
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I noticed that. In his response to me he rambled on about….well about not much. He’s got a certificate. Woohoo! But not a single response to any of the actual science questions that I proposed to him. He’s run away from my challenge to discuss the science just like I knew he would. He can’t demonstrate that I’m over my head, so he rambles on about changing oil in cars not making you a mechanic. In other words, he’s so far over his head that all he’s got available to him is misdirection.
Rather pathetic when you consider that this is the norm for people of his type. They’ll bend your ear about who is qualified and who isn’t, but when you ask them to demonstrate that they are….they aren’t.